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实验以英文单词、汉字和图片为材料，采用速示补笔测验测量了大脑左右半球的启动效应．结果是，如果学习与测验的汉字字体和大小不变，则视觉启动右半球高于左半球．其他材料不产生这种效应．这表明，至少有一个分离的系统对构成启动的汉字的视觉表征进行编码．此系统在右半球表征形状特异信息更有效；对字符抽象特征的表征，两半球无显著差异．速示补笔测验测量的是前语义水平的知觉表征，是一种知觉（数据驱动）内隐记忆测验．
Experiments with English words, Chinese characters and pictures as the material, using the quick complement pen test measured the activation of the left and right cerebral hemispheres. As a result, if learning and quizzing Chinese fonts and sizes remain unchanged, the visual activation of the right hemisphere is higher than that of the left hemisphere. Other materials do not produce this effect. This shows that at least one separate system encodes the visual representations of the kanji that make up the startup. This system is more effective in characterizing shape-specific information in the right hemisphere; there is no significant difference in the characterization of character abstraction between the two hemispheres. The tactile pen test measures perceptual characterization of the pre-semantic level and is a perceptual (data-driven) implicit memory test.